Energy Efficient Computing TRIZ Cases

A precomputed output buffer and streaming pooling reuse input values to reduce allocation overhead and computational latency.

A modular heat exchange unit circulates coolant in an immersion cabinet while enabling separate pump extraction for maintenance.

Natural language code generation translates SDKs across languages, reducing manual errors and speeding product iteration.

A centralized loop uses flow division, heat exchange, sensors, and pumping to reduce server cooling costs and maintenance workload.

A pre-established server-push connection sends stop commands directly, reducing polling and communication load during image formation.

A control sequence initializes a connected USB device during boot, avoiding duplicate setup, IP changes, and client disruption.

A mobile terminal generates and transmits a one-time password for secure remote operation of an image forming apparatus.

When devices cannot share print settings, executable-setting feedback keeps combined previews consistent across the print workflow.

This case adjusts image-reading speed across USB output modes to reduce power consumption while preserving core scanning function.

This case uses PCIe/CXL virtual channels and completion-required writes to improve bandwidth utilization while reducing power use.

A canvas overlay renders interactive graphics over live video, separating annotation from playback to improve processing efficiency.

External job instructions trigger matching screens for clearer image processing execution.